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Pollution Overview - Statistics
General Stats
- This quiz has been taken 0 times
- The average score is 0 of 73
Answer Stats
| Hint | Answer | % Correct |
|---|---|---|
| Adsorption: _________ onto the surface of a _____ ________ to ___________ or _____ | Adhesion, solid particle, immobilise, delay | 0%
|
| Pollution properties | Adsorption | 0%
|
| Temperature inversion: the __ _______ to the ground ____, creating an ________ ______ of ____ __ | Air closest, cools, inversion layer, warm air | 0%
|
| Principles of control | Alternative processes | 0%
|
| Pollution properties | Bioaccumulation | 0%
|
| Monitoring water pollution | Biological Oxygen Demand | 0%
|
| Effects of oxygen | Biological reactions | 0%
|
| Pollution properties | Biomagnification | 0%
|
| Monitoring water pollution | Biotic Indices | 0%
|
| Teratogenicity | Capacity to cause birth defects | 0%
|
| Carcinogenicity | Capacity to cause cancer | 0%
|
| Mutagenicity | Capacity to cause mutations | 0%
|
| Pollution properties | Carcinogenicity | 0%
|
| High persistance example | CFCs | 0%
|
| Monitoring water pollution | Chemical Oxygen Demand | 0%
|
| Monitoring water pollution | Coliform count | 0%
|
| Pollution controls | Critical Group Monitoring | 0%
|
| Pollution controls | Critical Pathway Analysis | 0%
|
| Factors affecting water pollutant concentrations | Degradation | 0%
|
| Reactivity affects | Degradation speed | 0%
|
| Pollution properties | Density | 0%
|
| Effects of rapid sewage decomposition | Deoxygenation | 0%
|
| Good biotic indices species | Different sensitivities | 0%
|
| Factors affecting water pollutant concentrations | Dilution | 0%
|
| Factors affecting water pollutant concentrations | Dispersal | 0%
|
| Good biotic indices species | Easy identification | 0%
|
| Pollution controls | Emission location | 0%
|
| Pollution controls | Emission timing | 0%
|
| Emission sources with high severity | Enclosed water bodies | 0%
|
| Pollution properties | Energy form | 0%
|
| Biotic indices: ____________ ________ based off organism ________ __________ and ________ | Environmental quality, presence, abundance, diversity | 0%
|
| Biomagnification (6 words) | Higher concentration in higher trophic levels | 0%
|
| Density: denser materials require more _______ _____ for ___________, so they are ________ ________ | Kinetic energy, suspension, deposited earlier | 0%
|
| Persistance (5 words) | Length of time before degradation | 0%
|
| Acid pollution indices | Lichens | 0%
|
| Factors affecting degradation | Light | 0%
|
| Water pollution indices | Mayfly larvae | 0%
|
| CPA monitors... (3 words) | Mobile, persistant pollutants | 0%
|
| Effects of low pH | Mobilises toxic ions | 0%
|
| Pollution properties | Mutagenicity | 0%
|
| Effects of oxygen (SOx) | Oxidation | 0%
|
| Factors affecting degradation | Oxygen | 0%
|
| Synergism example (4 words) | Ozone -> leaf cuticles -> SOx | 0%
|
| Emission sources with high severity | Permeable rock above aquifers | 0%
|
| Pollution properties | Persistance | 0%
|
| Factors affecting degradation | pH | 0%
|
| Effects of light | Photochemical reactions | 0%
|
| Effects of light | Photodegradation | 0%
|
| Principles of control | Post-release remediation | 0%
|
| CPA: exploration of all ________ ________ ________ to predict the ________ and assess the possible ______ and ______ | Potential exposure pollutants, movement, severity, extent | 0%
|
| Factors affecting dispersal | Presence of adsorbant materials | 0%
|
| Temperature inversion: _______ _______ as _______ ____ before the inversion layer | Prevents dispersal, pollutants cool | 0%
|
| Principles of control | Production prevention | 0%
|
| Low persistance | Pyrethroids | 0%
|
| Pollution properties | Reactivity | 0%
|
| Principles of control | Release prevention | 0%
|
| Factors affecting water pollutant concentrations | Removal rate | 0%
|
| Reactivity affects | Secondary pollutants | 0%
|
| Pollution properties | Solubility | 0%
|
| Pollution properties | State of Matter | 0%
|
| Pollution properties | Synergism | 0%
|
| Factors affecting degradation | Temperature | 0%
|
| Factors affecting dispersal | Temperature inversion | 0%
|
| Pollution properties | Teratogenicity | 0%
|
| Bioaccumulation: accumulates in ________ through ____-____ ________ of _____ ______ | Tissues, long term ingestion, small doses | 0%
|
| _____ ___ adsorb onto ___ ________ or ______ ________ | Toxic ions, clay particles, organic materials | 0%
|
| Pollution properties | Toxicity | 0%
|
| Effects of slow sewage decomposition | Toxin accumulation | 0%
|
| Emission sources with high severity | Urban areas | 0%
|
| Good biotic indices species | Usually common | 0%
|
| Good biotic indices species | Usually present | 0%
|
| Emission sources with high severity | Valleys | 0%
|
| Factors affecting dispersal (8 words) | Velocity and direction of air and water currents | 0%
|
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